Autonomous wearable computing device and method of artistic expression using same

• US 5,486,112 A
• Filed: 11/30/1993
• Issued: 01/23/1996
• Est. Priority Date: 10/03/1991
• Status: Expired due to Fees

• Current Assignee: Farideh Troudet, Terry Troudet
• Original Assignee: Farideh Troudet, Terry Troudet
• Inventors: Troudet, Terry, Troudet, Farideh
• Primary Examiner(s): Lucchesi, Nicholas D.
• Assistant Examiner(s): Smith, Jeffrey A.
• Application Number:
  US08/159,194
• Time in Patent Office: 784 Days
• Field of Search: 434/227, 434/233, 434/81, 434/247, 434/250, 2/160, 2/161.6, 2/163, 400/87, 400/473, 400/477, 400/479, 400/479.1, 400/479.2, 400/485, 341/20, 341/21, 340/825.19
• US Class Current: 434/250
• CPC Class Codes: G09B 13/04 Devices used in association with a real typewriter, teleprinter, or the like

Abstract

Educational devices using process-oriented educational methods are disclosed to prepare pre-school children, school children, and teenagers for keyboarding. The devices include sets of gloves and indicia applied to the fingers of the gloves to provide pictorial and alphanumeric representations of the computer keyboard. The visual and tactile memorization of the glove images are complemented by auditory and associative memorization provided by a story-telling educational method. Synergistic use of the gloves in the context of supervised story-telling also trains the pre-school children to develop and practise both lateral and vertical thinking skills^1-2, thus preparing them for coping creatively with the inherent hardware/software limitations of computers. The memorization of the alphanumeric representation of the computer keyboard is reinforced through synergistic use of the gloves in a variety of activities including learning the alphabet, learning word-spelling, and learning languages. To best fit the psychology of teenagers, sets of picture-rings and medallion-rings are disclosed to specifically prepare that age-group for keyboarding. A process-oriented method based on the aforementioned devices is disclosed to facilitate the self-expression of children and/or help towards a more healthy communication and healing (therapy). A process-oriented method based on the aforementioned devices is disclosed to assist in the learning of the alphabet and the numbers, and in the learning of languages and scientific disciplines (arithmetic, mathematics, physics, chemistry, medical sciences, etc.). The functionality of the aforementioned devices and the efficiency of the aforementioned educational methods are enhanced through a highly integrated device disclosed under the term "keygloves" in analogy with the term "keyboard", since the "keygloves" extends the power of the "keyboard" to the very hands of the learner/user.

University, Cleveland, OH, Dec. 1988.

Claims

1. An autonomous wearable computing device comprising:

a first glove having fingers and a second glove having fingers, said first glove being adapted to fit the left hand of a user, said first glove having a first portion on a palm side and a second portion on a back side, said second glove being adapted to fit the right hand of said user, said second glove having a third portion on a palm side and a fourth portion on a back side, said first glove having a first set of indicia mounted on said first portion thereof and a second set of indicia mounted on said second portion thereof, said second glove having a third set of indicia mounted on said third portion thereof, and a fourth set of indicia mounted on said fourth portion thereof;

first keys mounted within the first portion of said first glove in association with each indicium of said first set of indicia, said first keys corresponding to the keys of a keyboard of arbitrary format and content to be struck by the fingers of the left hand, said first keys having indicia mounted thereon, said indicia mounted on said first keys identifying the letters, numbers, or symbols associated to said first keys;

second keys mounted within the third portion of said second glove in association with each indicium of said third set of indicia, said second keys corresponding to the keys of said keyboard to be struck by the fingers of the right hand, said second keys having indicia mounted thereon, said indicia mounted on said second keys identifying the letters, numbers, or symbols associated to said second keys;

the positions of said first set of indicia and said second set of indicia being mirror images of each other, said second set of indicia thereby corresponding to said first keys of said first glove, and providing said user with a representation of said first keys;

the positions of said third set of indicia and said fourth set of indicia being mirror images of each other, said fourth set of indicia thereby corresponding to said second keys of said second glove, and providing said user with a representation of said second keys;

a first microprocessor connected to said first keys of said first glove with a first set of interconnections, said first set of interconnections being embedded within said first glove;

a second microprocessor connected to said second keys of said second glove with a second set of interconnections, said second set of interconnections being embedded within said second glove;

said first microprocessor having the functionality of a conventional keyboard microprocessor for the keys of said first glove to be struck by the fingers of the left hand, said second glove microprocessor having the functionality of a conventional keyboard microprocessor for the keys of said second glove to be struck by the fingers of the right hand;

said first microprocessor monitoring the flow of data input through the keys of said first glove, said second microprocessor monitoring the flow of data input through the keys of said second glove;

a first set of external input/output ports mounted within said first glove, a second set of external input/output ports mounted within said second glove;

said first and second sets of ports allowing said gloves to be interfaced with any processing unit that can be interfaced with a conventional keyboard;

first means for enabling said gloves to transmit and receive information to and from any data processing unit that can be interfaced with said gloves, and allowing said user to easily interpret the information that is transmitted or received;

second means for providing said gloves with autonomous computing capabilities.

2. The autonomous wearable computing device as claimed in claim 1 wherein said second means comprise:

a first internal interface connecting said first microprocessor with a first internal data processing unit mounted within said first glove, said first internal data processing unit being internally connected to said first external input/output ports;

a second internal interface connecting said second microprocessor with a second internal data processing unit mounted within said second glove, said second internal data processing unit being internally connected to said second external input/output ports;

said first and second input/output ports allowing said first and second gloves to be interconnected.

3. The autonomous wearable computing device as claimed in claim 1 wherein said first means comprise:

a first interface connecting a first internal data processing unit to a first screen-based mini output display, and a second interface connecting a second internal data processing unit to a second screen-based mini output display;

screens of said displays being mounted on said gloves, and foldable for the convenience of said user, and for protection purposes;

said connections between said mini output displays and said data processing units mounted within said gloves providing said user with fully autonomous input/processing/output sequences.

4. The autonomous wearable computing device as claimed in claim 1 wherein said first means comprise:

a set of connections between said second set of indicia of said first glove and a said first internal processing unit, said connections being embedded within said glove, and allowing said second indicia to indicate letters, numbers, and symbols transmitted and received by said first glove;

a set of connections between said fourth set of indicia of said second glove and a second internal processing unit, said connections being embedded within said glove, and allowing said fourth set of indicia to indicate letters, numbers, and symbols transmitted and received by said second keyglove.

5. The autonomous wearable computing device as claimed in claim 1 wherein a first means comprise:

a first interface connecting a first internal data processing unit to a first audio-based mini output display, and a second interface connecting a second internal data processing unit to a second audio-based mini output display;

said audio-based output displays being mounted within the glove and connected into a headset through said first and second external ports, said headset allowing said user to hear the information transmitted to and received by said gloves.

6. The autonomous wearable computing device as claimed in claim 1 wherein:

said ports comprise radio-wave receptors, and radio-wave transmitters;

said radio-wave receptors of a given glove capturing electromagnetic waves emitted by the radio-wave transmitters of the opposite glove;

said radio-wave transmitters of a given glove emitting electromagnetic waves to be captured by the radio-wave receptors of the opposite glove.

7. The autonomous wearable computing device as claimed in claim 6 wherein first means comprise:

an antenna interfaced to said external input/output ports to communicate with a remote processing unit, said antenna being stretchable and mounted on said gloves.

8. The autonomous computing wearable device as claimed in claim 1 wherein:

a said first external port is connected to a said second external port by first external interconnections,

a said second external port is connected to a said first external port by second external interconnections.

9. The autonomous computing wearable device as claimed in claim 8 wherein said first and second external interconnections are embedded within clothing being worn by said user, and can be directly plugged into said first and second external input/output ports.

10. The autonomous wearable computing device as claimed in claim 1 wherein a said first port is connected to a first mouse, said first mouse being mounted within said first portion of said first glove, and a second port is connected to a second mouse, said second mouse being mounted within said third portion of said second glove.

11. The autonomous wearable computing device as claimed in claim 1 wherein said first means comprise:

a first microdisk interface mounted within said first glove and connected to a first internal data processing unit;

a second microdisk interface mounted within said second glove and connected to a second internal data processing unit;

said microdisk interfaces providing said gloves with data input and output capabilities.

12. A method of artistic expression through a unique creative blending of dance, music, poetry, and colorful light show, within the limitation of a single signal generating tool, comprising the following identifiable steps of:

1) providing an artist with a first glove having fingers and a second glove having fingers, said first glove being adapted to fit the left hand of said artist, said first glove having a first portion on a palm side and a second portion on a back side, said second glove being adapted to fit the right hand of said artist, said second glove having a third portion on a palm side and a fourth portion on a back side, said first glove having a first set of indicia mounted on said first portion thereof and a second set of indicia mounted on said second portion thereof, said second glove having a third set of indicia mounted on said third portion thereof and a fourth set of indicia mounted on said fourth portion thereof;

first keys mounted within the first portion of said first glove in association with each indicium of said first set of indicia, said first keys corresponding to the keys of a keyboard to be struck by the fingers of the left hand, said first keys having indicia mounted thereon, said indicia identifying the letters, numbers, or symbols associated to said first keys;

second keys mounted within the third portion of said second glove in association with each indicium of said third set of indicia, said second keys corresponding to the keys of said keyboard to be struck by the fingers of the right hand, said second keys having indicia mounted thereon, said indicia identifying the letters, numbers, or symbols associated to said second keys;

the positions of said first set of indicia and said second set of indicia being mirror images of each other, said second set of indicia being individually connected on a one-to-one basis with their said mirror-image first set of indicia, said second set of indicia thereby providing a representation of said first keys;

the positions of said third set of indicia and said fourth set of indicia being mirror images of each other, said fourth set of indicia being individually connected with their said mirror-image third set of indicia;

said fourth set of indicia thereby providing a representation of said second keys;

means for providing said first keys with the same functionality as the keys of said keyboard to be struck by the fingers of the left hand, and for providing said second keys with the same functionality as the keys of said keyboard to be struck by the fingers of the right hand;

a first microprocessor connected through a first set of interconnections to said first keys of said first glove, said first set of interconnections being embedded within said first glove;

a second microprocessor connected through a second set of interconnections to said second keys of said second glove, said second set of interconnections being embedded within said second glove;

said first microprocessor having the functionality of a keyboard microprocessor for the keys of said first glove, said second microprocessor having the functionality of a keyboard microprocessor for the keys of said second glove;

said first microprocessor monitoring the flow of data input through the keys of said first glove, said second glove microprocessor monitoring the flow of data input through the keys of said second glove;

a set of internal switches mounted within said gloves, said switches being activated by light tactile pressure, said activated switches providing said gloves with a specific and pre-programmed information content corresponding to that of a keyboard having the desired format and content;

a first set of external output ports mounted within said first glove and connected to said first microprocessor, and a second set of external output ports mounted within said second glove, and connected to said second microprocessor;

said output ports comprising radio-wave emitters for emitting electromagnetic waves to be captured by an external processing unit;

said gloves allowing said artist to adaptively choose during a performance among pre-programmed glove configurations the one having the desired format and content;

2) instructing said artist to adaptively switch said glove configuration to the desired format and content through light tactile pressure of the corresponding switches;

3) instructing said artist to strike said keys of said gloves through light tactile pressure of the thumbs; and

4) instructing said artist to self-express by harmonizing the motions of the dance with art media remotely controlled and blended by said artist.

13. The method in claim 12 further comprising harmonizing:

poetry, said poetry being remotely typed by said artist with said gloves on a huge video-screen to be visualized by an audience;

music, said music being remotely played by said artist with said gloves on a music synthesizer to be heard by said audience; and

a show of colorful lights, said lights being directed by said artist with said gloves.

14. The method claimed in claim 13 further comprising mounting said colorful lights on the back-side of said second and fourth portions, said lights being locally directed by said artist wearing said keygloves.

15. The method claimed in claim 13 further comprising remotely directing and color-blending colorful laser lights of different frequencies.